Nishanth
@nishanthdv
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PreclinicaI #ImagingScientist @calico l Alumni :@HFSP Postdoc @MITdeptofBE🇺🇸, Ph.D @Weizmannscience🇮🇱, BS-MS @IISERPune🇮🇳l #MRI #MolecularImaging #Aging
San Francisco, CA
Joined April 2014
Do you LOVE organelles?? Well I am THRILLED to announce that Nellie has been published in @naturemethods! Nellie a fully automated pipeline for organelle segmentation, tracking, and hierarchical feature extraction in 2D, 3D, timelapse, multichannel live-cell microscopy 🧵1/N
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A glimpse of how #AI is leading a new era in the #discovery of #chemistry 🧪 and Omer Yaghi is one of the inspiring and forward thinking scientists I know. https://t.co/x9sEkmN6aI
chemistryworld.com
UC Berkeley's reticular chemistry pioneer tells us about his new institute using AI to tackle climate change
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Really comprehensive and nicely written @ACSChemRev by Nir London on covalent proximity inducers https://t.co/mH8LMjhEM7
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New 19F-MRI sensor that maps transient Zn²⁺ fluctuations with high specificity and 12 ppm shift. This approach will inspire to develop sensors for advanced biological imaging. Congrats @Lucia_MLee @BarShir_Lab #NMRchat #chemtwitter #MRI @ACS_Sensors
https://t.co/ErZ3fgzuYx
pubs.acs.org
The rapid fluctuations of metal ion levels in biological systems are faster than the time needed to map fluorinated sensors designed for the 19F-MRI of cations. An attractive modular solution might...
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We’re overjoyed to celebrate another #HFSPAwardee Nobelist!😃🎉 HFSP Research Grantee David Baker has been awarded the @NobelPrize in #Chemistry 2024 for his groundbreaking work in computational protein design. 🧬🏆 2024 marks two incredible Nobel wins for the HFSP Family✨🥳
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I'm thrilled to have participated in @biopatrika 's PhD talk show. During the show, I shared my journey from completing my BS-MS at @IISERPune, pursuing my PhD at @WeizmannScience, conducting a Postdoc at @MIT, to my current role at @calico, watch on!
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I am happy to announce that i received Cross-Disciplinary Postdoctoral fellowship by @HFSP #HFSPFellowships thanks for believing in my project and for this award.I thank all my mentors for their support. @WeizmannScience @MIT @mcgovernmit #2023HFSPAwardee #MRI #neuroscience
It's official! The 2023 #HFSP New Awardees are here! Congratulations to the 34 winning teams of #HFSPResearchGrants and the 52 researchers awarded #HFSPFellowships! 🥳Are you a #2023HFSPAwardee? 🏆Tell us! +info: https://t.co/WVoXji1AHB
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📢 Interested in exploring main group supramolecular chemistry? My lab has open positions for MSc, PhD and undergrad students! Visit https://t.co/mhhJP43IHt for more information! #chemtwitter #maingroupchemistry
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For months I collected data about the representation of Dalit, Adivasi and OBC students and researchers at various levels of academia in some of the elite universities in India. The results were stark. That story for @Nature in 6 charts. 🧵1/n https://t.co/LSOyBfeFaL
nature.com
Data show how privileged groups still dominate many of the country’s elite research institutes.
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Using a specialized MRI sensor, McGovern researchers have shown that they can detect light deep within the brain - technology that may one day prove useful for monitoring patients who receive light-based therapies for cancer. https://t.co/auh1JhAgwb
@MITdeptofBE @mitbrainandcog
mcgovern.mit.edu
Using a specialized MRI sensor, MIT researchers have shown that they can detect light deep within tissues such as the brain. Imaging light in deep tissues is extremely difficult because as light...
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Chemistry meets GLEE: A Thanksgiving Production. Saying a prayer for good NMR data before leaving campus. This might be my favorite video my research students convinced me to make 🥰
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💥𝑾𝑬 𝑨𝑹𝑬 𝑯𝑰𝑹𝑰𝑵𝑮! We are looking for a 2-year Postdoctoral Research Associate in #Organic #chemistry for the synthesis of organic chemicals using #sunlight by combining the strength of synthetic and #biological technologies 🗓️Deadline 12/12/22 👉 https://t.co/ytxXUd9Gg6
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So inspiring to see what chemicals molecule can do. Beautiful work.
In @Nature, a tape-reading molecule that reads stereochemistry rather than nucleotide codons😃 https://t.co/rSYjlAZJy5 Congrats to @YansongRen @RJamagne & Dan! Many tks to @SciCommStudios for graphics & animation🙏 [📽️:bottom left=tape potential energy surface; right=CD spectrum]
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Faster MRI scan captures brain activity in mice
nature.com
Nature - Improved technique could provide fine-scale insights into how brain regions communicate.
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📣 This article is Open Access 🔓 'Self-assembly of an MRI responsive agent under physiological conditions provides an extended time window for in vivo imaging' from Amnon Bar-Shir & first author @nishanthdv Read their article here ⬇
pubs.rsc.org
An MRI-responsive agent that spontaneously self-assembles to a large supramolecular structure under physiological conditions was designed. The obtained assembly provides an extended time window for...
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Happy to share my final and small part of PhD work got accepted for publication in @ChemCommun. Here we demonstrated how to overcome the challenge of the fast washout rate of the small molecule MRI sensors invivo. #MRI #CEST #Molecularimaging #19FMRI
pubs.rsc.org
An MRI-responsive agent that spontaneously self-assembles to a large supramolecular structure under physiological conditions was designed. The obtained assembly provides an extended time window for...
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Another Great from Amnon Bar-Shir lab, project was carried by my colleague @Aurinko #MRI @WeizmannScience #Exosomes
Happy to share my first paper from the Weizmann Institute. Genetically-engineered extracellular vesicles with different affinities to receptors visualized by MRI #acsnano Big thanks to collaborators @RegevW @Avinoam_lab @MattiaMorandi6 @SchreiberGideon
https://t.co/soKjH1M0cU
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I am thrilled to share that yesterday i graduated and received the Doctorate from @WeizmannScience, I am extremely thankful to my Amnon, family and friends . To continuing my scientific caarer i will be joining @MITdeptofBE as Postodoctoral Associate from August.#AcademicTwitter
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A new fMRI probe developed in the Jasanoff lab monitors individual populations of neurons and reveals how they interact. Paper @NatureNeuro
https://t.co/kPemTQUnLB and summary below 👇🏽 https://t.co/KqNEl53aug
@ScienceMIT @mitbrainandcog @MITdeptofBE @mit_nse @MITEngineering
mcgovern.mit.edu
Using a novel probe for functional magnetic resonance imaging (fMRI), MIT biological engineers have devised a way to monitor individual populations of neurons and reveal how they interact with each...
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